Sentence examples for plane intersection from inspiring English sources
The methods provide an efficient means for estimating topographic/bedding plane intersection angles over large areas.
We first interpolate break points, which are generated by computing the offset surface driving plane intersection curve reflecting the curvature, by a planar cubic B-spline curve.
Values above 30° were considered a vertical growth trend (dolichofacial); below 20°, a horizontal trend (brachyfacial), and the Y-axis, also called the angle of facial growth, formed by the sella-gnathion line and the Frankfort horizontal plane intersection.
The cropping was executed in Geomagic (version 2012, Morrisville, NC, USA) with the "Plane Intersection" module.
We present a technique to produce spatially distributed fields of geometric alignment between topography and the orientation of geologic bedding planes (topographic/bedding-plane intersection angle).
Computation and digital mapping of the topographic/bedding-plane intersection angle (TOBIA) requires the derivation of four spatially distributed variables: topographic slope, slope aspect, bedding dip, and dip azimuth.
Thus, atmospheric trajectories can also be calculated for multi-station events by following the planes intersection method (Ceplecha 1987) and, so, the evolution of the conditions in meteor plasmas as a function of height (and not just as a function of time) can be analyzed.
As a result, while the Plücker-coordinate algorithm utilizes all the equations in [ 3], the original TIM-OS algorithm only uses the popular ray-plane intersection equation.
In simple geometry, such as the multi-layered tissue model used for MCML [ 1], a program can check the "Z" value of a photon to determine the ray-plane intersection.
Correlating measured and model data for different values of the parameter yields intersecting lines in the time frequency plane, whose intersection is identified as the joint time frequency offset of the measured data, as compared to the model data.
All cores exhibit a volumetric core concept, with hierarchically organized surfaces separated by a plane of intersection.
